H-2-150
Horizontal lifting of up to 150 kg with 2 suction pads for variable transport goods.
The electrical systems of the H- 2 series are suitable for the horizontal transport of a wide variety of materials and shapes, both indoors and outdoors. The system uses its full power via two suction pads that are made of high-quality rubber to protect the transport loads from scratches or damage.
It is not only the safety of the materials that is important to the VacuLiftern the Red Line in the foreground, but above all the ingenious game with the forces of physics. The optical and acoustic warning system ensures that no risks arise even in the event of a power failure. Thanks to flexible system configurations and lever valves, cable remote control, buttons or radio, simple and purpose-tailored operation is possible at any time and, like all VacuLifter®, the systems in this line are characterised by their durability and high quality.
The electric vacuum lifters require a voltage of 230 volts or more.
The VacuLifter® H-2-150 has a wide range of optional extensions such as an exchange set, a transport trolley, water separator, Ergo-Flex handle or a forklift traverse, automatic cycle switch-off , cable remote control incl. holder, folding parking supports - or also in a 400 V version - available.
Like all systems in the Red-Line, this system is optionally available with pneumatic equipment in the Blue-Line.
Type
H-2-150
Payload
150 kg
Max. load dimension (reference sheet metal)
3000 x 1500 mm
Min. load dimension
910 x 220 mm
Min. thickness (for steel)
2 mm
Dead weigth
80 kg
Suction pads no./size
2/ Ø 210 mm
Length x widht x switching height
1500 x 800 x 630 mm
Electric connection values (100 - 500 V available)
230 V; 50 Hz; 0,3 kW
Change set Transport trolley Water separator Ergoflex operating handle Forklift traverse Parking supports Suction pad shut-off via manual valve Foldable beam Weld-on hook Cable remote control Radio remote control Safety belts (pair) Bracket for cable remote control Push button control Automatic impulser circuitry